A Frictional Interpretation of the Phenomenological Coefficients of Membrane Permeability for Multicomponent Non-ionic Solutions.

This paper presents the physical interpretation of phenomenologicalcoefficients of transmembrane transport for single and neutral membrane andmulticomponent non-ionic solutions. In the framework of this model theexpressions linking the permeability parameters of the membrane(L(p), σ, ω(ik)) with friction coefficients(f(ik)) for n-component, binary and ternary solutions and themethod of calculation of friction coefficients for binary and ternarynon-electrolytes are also presented.